On the interaction between inverse features and path-functional dependencies in description logics
David Toman, Grant Weddell
Abstract
David Toman, Grant Weddell
Abstract
We investigate how inverse features can be added to a boolean complete description logic with path-functional dependencies in ways that avoid undecidability of the associated logical implication problem. In particular, we present two conditions that ensure the problem remains EXPTIME-complete. The first is syntactic in nature and limits the form that dependencies may have in argument terminologies. The second is a coherence condition on terminologies that is sufficiently weak to allow the transfer of relational and emerging object-oriented normalization techniques.
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We investigate how inverse features can be added to a boolean complete description logic with path-functional dependencies in ways that avoid undecidability of the associated logical implication problem. In particular, we present two conditions that ensure the problem remains EXPTIME-complete. The first is syntactic in nature and limits the form that dependencies may have in argument terminologies. The second is a coherence condition on terminologies that is sufficiently weak to allow the transfer of relational and emerging object-oriented normalization techniques.
Key concepts: Functional dependency, Computer science, Normalization (sociology), Theoretical computer science, EXPTIME, Inverse, Path (computing), Logical consequence